Digital Electronics When an input signal 1 is applied to a NOT gate, the output is ___________. 1 Either 0 & 1 None of these 1 Either 0 & 1 None of these ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics The output of a NAND gate is low only when all the inputs are low only when at least one input is low only when all the inputs are high only when at least one input is high only when all the inputs are low only when at least one input is low only when all the inputs are high only when at least one input is high ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics "What would happen, if smaller logic modules are utilized for performing logical functions associated with FPGA? A. Propagation delay will increase B. FPGA area will increase C. Wastage of logic modules will not be prevented D. Number of interconnected paths in device will decrease" A & B A & D C & D B & C A & B A & D C & D B & C ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics A bubbled AND gate is equivalent to a NOR gate OR gate NAND gate X-OR gate NOR gate OR gate NAND gate X-OR gate ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics The logic expression A + B can be implemented by giving inputs A and B to a two-input NOR gate NAND gate X-OR gate X-NOR gate NOR gate NAND gate X-OR gate X-NOR gate ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics Most of the digital computers do not have floating point hardware because It is slower than software It is not possible to perform floating point addition by hardware Of no specific reason Floating point hardware is costly It is slower than software It is not possible to perform floating point addition by hardware Of no specific reason Floating point hardware is costly ANSWER DOWNLOAD EXAMIANS APP
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